The Power Predictor allows you to cheaply and easily collect real life solar and wind data from your site. - The Power Predictor produces customised power reports for your site including carbon savings and annual energy generation estimates. The Power Predictor anemometer measures solar and wind energy at your site. It comes with a data logger and one year's free access to an online account where your data will be analyzed. The report compares the main wind turbines and solar panels on the market today, in terms of payback, annual energy generation, cost savings and. Precise predictions of the solar supply for direct marketing or grid operations are a core competency of. With the Suncast prediction system, we deliver you with reliable predictions around the world for the expected solar power at those locations. We forecast data for your project up to 10 days in advance and at a time resolution of up to 5 minutes. All data is administered centrally from our servers in Oldenburg and transferred to you via the Internet in current electronic formats. Our many years of close cooperation with the global market leader in photo-voltaic inverters,, enables us to access the measurement data of tens of thousands of reference systems worldwide. This allows energy & meteo systems to evaluate and constantly improve solar power predictions at the highest level. • solar power prediction for • entire countries world-wide • designated balancing areas • individual states and countries • individual photovoltaic farms • time range: 0 to 10 days • time resolution: 15 minutes to 1 hour • shortest-term prediction Intraday, update every 15 minutes • several updates per day • electronic transmission in all major formats • optional: integration of online measurement data to optimize the prediction • Prediction of the actual or theoretical power supply incl. Taking limitations into account imposed by the grid operator (EinsMan). Suncast: an Operational Prediction System Energy providers, power traders and grid operators can use Previento to integrate fluctuating wind power input into their day-to-day business economically and with technical efficiency. The foundation of Suncast's solar power prediction stems from the irradiation data and numerical weather predictions of various weather services. From these parameters, a power prediction is determined for farm aggregations, individual grid areas, entire regions or countries. Moreover, our power predictions are continuously optimized for difficult weather conditions including extreme events such as fog, snow or Sahara dust. Our evaluation is based on the measurements of tens of thousands of reference systems. We guarantee that this data stays as up-to-date as possible by comparing the current state with projections of various market research institutes. Further tools such as the KombiBox, which optimally weighs individual irradiation predictions, and a statistical calculation procedure ensure that Suncast predicts solar power with a high degree of precision. Written by Michael Boxwell I am often asked which is better - wind turbines, or solar modules. The answer, of course, is that it isn't as simple as stating which technology is better - both have their benefits and drawbacks and which technology is best depends very much on the application and the location of the system. For large scale applications - such as for commercial scale power production for the national grid - wind turbines are the most obvious solution. Large scale wind turbines are efficient and effective, and can be installed in a variety of locations - including far out to sea - comparatively quickly. Unlike the early large turbines, modern turbines are virtually silent and the largest systems can generate in the region of 2 megawatts of power - enough to power over 2,000 homes. On smaller scale systems, turbines can be a good alternative to solar power, but more often than not achieve their best when implemented together with a solar system: a small wind turbine can generate electricity in a breeze even when the sun is not shining, whilst the solar modules can generate electricity during the daytime when the wind is not blowing. Small wind turbines do have disadvantages however, and are very site specific. Compared to large turbines used by the power companies, small wind turbines are not particularly efficient and need to be situated in an area of above average wind in order to generate reasonable amounts of power.
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